Journal of Mammalogy · 1957 · 128 citations · 9 references
Life SciencesPhysiologyZoologyHerpetologyMammalogyOrnithologyMammalian Life HistoryTemperature ManagementTemperature PhysiologyTemperature RegulationThermal PhysiologyWildlife PhysiologyHibernation PhysiologyReptile HibernationReptile ThermoregulationSeasonal Thermal PhysiologySmall Mammal PhysiologyThermal BiologyThermoregulationThermoregulatory Physiology
The little pocket mouse, Perognathus longimembris, was selected for a study of temperature regulation because (1) it is one of the smallest North American rodents (adult weight, 6.5 to 10 grams); (2) it is a member of the highly specialized family Heteromyidae; (3) it is locally very abundant; (4) it is readily maintained in captivity; and (5) nothing was previously known about its temperature regulation. Despite the abundance of pocket mice, very little has been published on the physiology of any member of the genus Perognathus. Hall (1946) adduced circumstantial evidence for the occurrence of hibernation in some species of pocket mice and its absence in others. Scheffer (1938) found that Perognathus parvus showed an irregular dormancy during the winter but he determined no body temperatures. We are unaware of any other published information concerning temperature regulation in the genus. P. longimembris occurs commonly in eastern and southern California, extreme northwestern Mexico, and throughout much of the Great Basin, reaching the northern limit of its distribution in southeastern Washington. It lives from below sea level in the Salton Sink to an altitude of at least 6500 feet in the Sierra Nevada.
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EVOLUTION OF CLIMATIC ADAPTATION IN HOMEOTHERMS
P. F. Scholander · Evolution · 1955 · 375 citations
Physiology of Hibernation in Mammals
Charles P. Lyman, Paul O. Chatfield · Physiological Reviews · 1955 · 364 citations
THE METABOLIC RATES AND BODY TEMPERATURES OF BATS
Raymond J. Hock · Biological Bulletin · 1951 · 250 citations
Life Sciences, Physiology, Zoology +17